Amod Jagtap

Managed and executed FEED verification activities, including Material
Requisitions (MR), Technical Bid Evaluations (TBE), and 3D model reviews.
▪ Led and oversaw outsourced engineering activities performed by third-party
companies, ensuring quality, technical integrity, and on-schedule delivery.
▪ Identified, coordinated, and finalized interface points with multiple
contractors to ensure seamless project integration.
▪ Led the review and technical validation of piping deliverables from engg.
contractors in alignment with Aramco standards (SAES, SAEP, SAMMS).
▪ Ensured project execution in strict accordance with the defined scope of work
and contractual obligations.
▪ Supported Procurement by preparing technical specifications, developing
approved vendor lists, and reviewing supplier documentation.
▪ Provided technical support during Construction and Commissioning, including
resolving TQs/NCRs and supervising field installations.
▪ Defined piping materials, piping classes, support standards, and technical
specifications for project implementation.
▪ Fostered enhanced collaboration among engineering teams to deliver safe,
economical, and constructible piping designs.
▪ Supervised and mentored junior engineers and designers to ensure high
quality, consistent, and timely engineering deliverables.
▪ Provided technical input for bids, proposals, and material take-offs (MTOs) to
support project estimating and planning.

Managed and executed key piping engineering activities, including MTO
preparation, 3D models reviews, Material Requisitions (MR), and Technical Bid
Evaluations (TBE).
▪ Identified, coordinated, and finalized interface points with multiple
contractors to ensure clear alignment and smooth execution across
disciplines.
▪ Contributed to project deliverables and supported project management in
achieving schedule, quality, and technical objectives.
▪ Reviewed and commented on piping and pipeline engineering documents in
accordance with Aramco standards (SAES, SAEP, SAMMS).
▪ Ensured all piping engineering work was executed in full compliance with the
project scope of work and contractual requirements.
▪ Managed piping-related procurement activities, including development of
technical specifications, vendor review, and compliance checks per client
standards.
▪ Oversaw and validated outsourced engineering activities performed by third
party companies, ensuring quality, technical integrity, and adherence to
project timelines.
▪ Strengthened collaboration among EPC engineering teams to promote secure,
economical, and constructible piping designs

Managed and executed FEED verification activities, including Material
Requisitions (MR), Technical Bid Evaluations (TBE), and 3D model reviews
Performed detailed piping stress analyses in accordance with ASME B31.8,
ASME B31.3 for oil wellhead systems and associated equipment, including
pumps, vessels, and critical piping networks.
▪ Provided technical input for bids, proposals, and material take-offs (MTOs) to
support project estimating and planning.
▪ Validated piping stress analysis results to ensure system integrity, reliability,
and safe operability under design and operating conditions.
▪ Conducted flange load compatibility checks in compliance with API 6AF and
API 6AF2 to verify connection integrity under pressure, temperature, and
bending loads.
▪ Defined piping materials, piping classes, support standards, and technical
specifications for project implementation.
▪ Performed stress analysis for oil producer wells, gas lift wells, water injector
wells, and gas injector wells, ensuring safe design and operational robustness.
▪ Developed comprehensive Stress Critical Line Lists aligned with AGES ADNOC
requirements and project design criteria.
▪ Verified and approved stress reports in accordance with AGES ADNOC
protocols, ensuring accuracy, compliance, and traceability of engineering
documentation.
▪ Managed outsourced engineering activities executed by third-party
consultants, ensuring the quality, completeness, and technical compliance of
their deliverables.

Utilized ASME B31.3 standards to analyze stress critical lines of tanks, PHEs,
pumps, vessels, and GRE piping.
▪ Performed piping flexibility analysis for both greenfield, brownfield, and
demolition projects using Navis software.
▪ Created detailed stress analysis documentation by company established
procedures.
▪ Oversaw outsourced work of contracted engineering firms.
▪ Reviewed stress Report evaluations performed by engineers.
▪ Addressed site queries focused on piping stress analysis.
▪ Led and executed project over 10000+ Man-hours.

Performed stress analysis based on ASME B31.3 code for various equipment
including reciprocating compressors, columns, pumps, vessels, and heat
exchangers.
▪ Executed Piping flexibility assessments for greenfield projects with SPR tools.
▪ Performed support standard reviews according to project requirements.
▪ Conducted Modal Analysis of compressor lines, coordinating with the vendor.

Performed stress analysis utilizing ASME B 31.3 code for various equipment,
including fired heaters, columns, pumps, vessels, and heat exchangers.
▪ Analyzed tie-in points through LFM Review to ensure accurate piping
flexibility.
▪ Reviewed piping support loads in accordance with pipe support standards.
▪ Conducted stress analysis in accordance with ASME 31.3 code for a range of
equipment like columns, pumps, and reboilers.
▪ Reviewed vendor-provided nozzle allowances in compliance with specific
equipment standards and tools like Nozzle Pro, FE SIF.
Performed piping flexibility analysis of brownfield lines using LFM review
software.

Executed Stress analysis evaluation according to ASME B31.3 standards for
devices such as ACHE and LPG bullets.
▪ Created a stress critical line list for the project According to Project
Specifications.
▪ Delivered technical assistance and evaluation of vendor-provided
documentation, including items like EJs and spring hangers.
▪ Conducted comprehensive evaluations to troubleshoot and optimize piping
systems in terms of design, operation, and maintenance.
▪ Executed stress analysis review for technical support at the site, ensuring
prompt resolution.
▪ Facilitated seamless coordination among mechanical, civil, and process
disciplines.
▪ Reviewed and validated the work of other engineers in terms of stress and
flexibility analysis for uniformity on a single platform.
▪ Conducted Piping Stress Analysis for FIV, Flare, Steam, Two-phase flow, PSV
and Rack lines.
▪ Performed Flange Leakage calculation, Temperature calculations for column
skirt, Dummy / Trunnion calculations, Slug Force calculations
▪ Executed assessments of nozzles with Nozzle Pro, WRC-107, and WRC-297
methodologies.

Performed static stress analysis adhering to ASME B31.3 for pump, column,
reactor, heat exchanger, tank, AFC units and fire heater.
▪ Conducted dynamic and modal analysis of two-phase, FIV and AIV lines.
▪ Developed piping stress specifications and identified critical lines.
▪ Oversaw outsourced operations of third-party engineering firms.
▪ Generated detailed isometric drawings from Piping GAD and tabulated MTO of
Piping Components based on existing isometrics.
▪ Prepared data sheets for Spring Supports, PTFE Pads, and special support
sketches. Indexed civil loading markups on civil / structural drawings.
▪ Enhanced routing optimization by evaluating piping layout for support
feasibility in the 3D model.
▪ Verified accuracy of stress calculations conducted by external engineering
contractors.

Performed stress analysis in adherence with ASME B31.3 code for equipment
such as pumps, reactors, and heat exchangers.
▪ Executed dynamic analysis on two-phase lines.
▪ Responsible for coordinating with external clients and conducting stress
analysis.
▪ Scheduled project targets, maintaining output databases of C2 complex.
▪ Coordinated effectively with external B/L interface vendor.
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▪ Validated IFC Isometrics per stress requirement